| Commit message (Collapse) | Author | Age | Files | Lines |
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This allows the '&' operator to get the address of @cast and $target
variable expressions.
* staptree.h (target_symbol): add addressof field
* staptree.cxx (target_symbol::print): print '&' for addressof
(cast_op::print): ditto
* parse.cxx (parser::parse_value): allow '&' prefix on $target/@cast
* dwflpp.cxx (dwflpp::translate_final_fetch_or_store): allow taking the
computed address without actually doing a final fetch.
* tapset* (*::visit_target_symbol): throw errors for $vars w/o addresses
* testsuite/systemtap.base/cast.stp: add &@cast test
* testsuite/semok/target_addr.stp: test '&' on different member types
* testsuite/semko/target_addr?.stp: test failure on bitfields/registers
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Using timeval had problems on big-endian multi-arch platforms (ppc64),
because the user tv_sec used in the @cast didn't match the kernel tv_sec
used to provide a pointer. Hopefully reading from a sockaddr should be
more robust, as that type doesn't appear to need any compat wrappers for
multi-archs.
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The special syntax to generate a module for type information is now:
- "kernel<path/to/header.h>" to use the kernel's build environment
- "<path/to/header.h>" to use no special build environment, and so use
gcc's default parameters only (for user mode).
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